Part Number: LMK1D2102L Other Parts Discussed in Thread: LMK1D1208P Hello TI Support Team,
I am currently considering the LMK1D2102L for my design, but I noticed that the Output Enable and Disable Time (t_en/disable) is not specified in its datasheet…
Part Number: LMK1D2102L Other Parts Discussed in Thread: LMK1C1102 , LMK1D1204 , , LMK1C1104 Hi,
I am looking for replacement for LT6957-2 for squaring a 10MHz sine with low close-in phase noise. I have read through app note snaa411, and seems LMK1D1204…
Part Number: LMK1D2102L Other Parts Discussed in Thread: LMK1D2102 Hi TI,
I am looking for a dual 1:2 clock buffer and LMK1D2102L comes to my eyesight.
But I want to clarity some points in the datasheet before I make a decision.
1) Datasheet says…
Part Number: LMK1D2102L Other Parts Discussed in Thread: LMK1D2102 Hello TI Support Team,
I am currently designing a board and considering the LMK1D2102 and the upgraded LMK1D2102L LVDS buffers. However, I have some confusion regarding the control pins…
Part Number: LMK1D2102L Other Parts Discussed in Thread: LMK1D1208 , DSLVDS1048 , Hi,
Let me ask you the related questions as below.
LMK1D1208: Hot swapping - Clock & timing forum - Clock & timing - TI E2E support forums
While the fail-safe function…
Part Number: LMK1D2102L Other Parts Discussed in Thread: LMK1C1102 The LMK1D2102L datasheet shows examples of how to connect a single-ended LVCMOS input. As long as the input slew is fast enough, is it possible to use a sine wave input instead? Would…
Part Number: LMK1D2102 Other Parts Discussed in Thread: , LMK1D1204 Hello, My customer is looking for an LVDS clock buffer. They consider either LMK1D2102 or LMK1D2102L, but they do not understand the differences between those two devices.
TI.com says…
Part Number: LMK1D2102L Hi TI,
We are evaluating LMK1D2102LRGTT before implement it in our design.
However, we found the propagation delay per part is about 2.5ns rather than 0.575ns.
The test setup is to generate a single end clock. Then put it…
Part Number: LMK1D2102L Tool/software: Hi team,
For LMK1D2102L, when used as single and LVCMOS clock input, what value should the customer input for VTH when VDD=3.3V? Will it be VTH=0.5*(VIH+VIL)=0.5*(0.7VDD+0.3VDD)=0.5*VDD=0.5*3.3=1.65V?
Regards…
Part Number: LMK1D2102L Tool/software: HI TI Team,
I couldn't find the reference design of LMK1D2102L on the TI official website. Could you send it to me?